Probes and Electrodes
Sigma Aldrich Fine Chemicals Biosciences fixing solution 5 x soluti1L
fixing SOLUTIONon 5 x SOLUTION1L
Chemglass Life Sciences Adapter to Connect VP Sensor Head to T-82 Cable
DO Probe VP Adapter. Cathode: Platinum Anode: Silver Polarization: ~675mV Output: 40 to 70nA in air at 25C Temperature: 0 to 60C; Sterilization to 130C Stability: 2% or Readout per week at constant pressure/temp 30C Linearity: Better than 0.3% of readout Pressure: 60PSI maximum Material: Wetted parts 316L SST O-Ring: Viton
Sigma Aldrich Fine Chemicals Biosciences DuolinkR In Situ PLAR Prob
Duolink(R) In Situ PLA(R) Probe Anti-Mouse MINUS contains affinity purified donkey anti-mouse IgG (HL) which reacts with whole molecule mouse IgG and also reacts with the light chains of other mouse immunoglobulins.
Cole-Parmer pH reference half-cell, Ag/AgCl fill, glass body
Use to build a pH electrochemical cell.
Cole-Parmer High-pH Double-Junction pH Electrode, 10-ft Cable
High-pH, double-junction electrodes are well suited for pH levels above 13 or high sodium ion concentrations. Double-junction reference protects against contamination from heavy metals, organics, and sulfides. Maximum pressure is 150 psi at 25°>C.
Cole-Parmer All-in-One pH/ATC Probe, Refillable/DJ/Glass
Use these electrodes with most Oakton handheld or benchtop pH meters for accurate and reliable readings. They are refillable and provide a more accurate pH measurement. An amber glass bulb minimizes sodium error in high pH solutions. Use the electrode at temperatures up to 100 degrees Celsius.
Cole-Parmer pH Probe, DJ/Glass/1kOhm RTD/12 mm/10'; Spade/BNC
Use this probe for general purpose, double-junction electrodes to prevent contamination of the AgCl reference cell by solutions that might react with silver, such as heavy metals, organics and sulfides.
Cole-Parmer pH Probe, SJ/Glass/100Ohm RTD/12 mm/10'; Tinned/BNC
General-purpose single-junction electrodes are economical yet accurate. Can be used for measurements up to pH 13. Maximum pressure is 150 psi at 25°>C.
